private void initRules(LSystemType type)
{
rules.Clear();
axiom = "";
switch (type)
{
case LSystemType.Algae:
rules.Add('A', "AB");
rules.Add('B', "A");
this.axiom = "A";
break;
case LSystemType.FracatalTree:
rules.Add('1', "11");
rules.Add('0', "1[0]0");
this.axiom = "0";
this.angle = 45;
break;
case LSystemType.Parametric:
this.axiom = "L";
rules.Add('L', "F[-L0][+L0]");
parametricChar.Add('-');
parametricChar.Add('0');
parametricChar.Add('+');
parametricChar.Add('F');
this.angle = 10;
break;
case LSystemType.Plant:
rules.Add('F', "FF+[+F-F-F]-[-F+F+F]");
this.axiom = "F";
this.angle = 25;
break;
case LSystemType.FractalPlant:
rules.Add('F', "FF");
rules.Add('X', "F+[[X]-X]-F[-FX]+X");
this.axiom = "X";
this.angle = 25;
break;
case LSystemType.FractalBush:
rules.Add('F', " F[+FF][-FF]F[-F][+F]F");
//rules.Add('F', "FF[-F][+F]F + F");
this.axiom = "F";
this.angle = 35;
break;
case LSystemType.Weed:
rules.Add('F', "FF-[XY]+[XY]");
rules.Add('X', "+FY");
rules.Add('Y', "-FX");
this.axiom = "F";
this.angle = 22.5f;
break;
case LSystemType.Leaf:
rules.Add('F', ">F<");
rules.Add('a', "F[+x]Fb");
rules.Add('b', "F[-y]Fa");
rules.Add('x', "a");
rules.Add('y', "b");
this.axiom = "a";
this.angle = 45f;
break;
case LSystemType.Sticks:
rules.Add('F', "FF");
rules.Add('X', "F[+X]F[-X]+X");
this.axiom = "X";
this.angle = 20f;
break;
}
}
public LSystemRuleSet(LSystemType type)
{
initRules(type);
}
